NVIDIA AGX Systems

Self-Driving Cars

NVIDIA DRIVE? AGX is a scalable, open platform that serves as the AI brain for self-driving vehicles. It delivers industry-leading performance and energy-efficient computing for the development and production of functionally safe AI-powered cars, trucks, robotaxis, and shuttles. DRIVE AGX systems are all built on a single architecture, taking advantage of the NVIDIA DRIVE software stack to scale from traffic jam pilots to fully autonomous operation.

Intelligent Machines

The NVIDIA? Jetson AGX Xavier? is a first-of-its-kind computer that gives you unprecedented processing power to drive computationally intensive applications for AI at the edge. Now, you can get the performance of a GPU workstation in a compact form factor with the highest level of performance at or under 30W. Jetson AGX Xavier brings AI to embedded applications across nearly every industry. Its energy-efficient productivity and powerful SDKs make it ideal for developing robots, drones, and other autonomous machines that demand maximum compute of up to 32 TOPS for deep learning tasks.

Intelligent Machines

The NVIDIA? Jetson AGX Xavier? is a first-of-its-kind computer that gives you unprecedented processing power to drive computationally intensive applications for AI at the edge. Now, you can get the performance of a GPU workstation in a compact form factor with the highest level of performance at or under 30W. Jetson AGX Xavier brings AI to embedded applications across nearly every industry. Its energy-efficient productivity and powerful SDKs make it ideal for developing robots, drones, and other autonomous machines that demand maximum compute of up to 32 TOPS for deep learning tasks.

Medical Imaging

NVIDIA Clara AGX? is the heart of NVIDIA’s Clara platform, which brings AI to the next generation of medical instruments to improve the diagnosis, detection, and treatment of diseases. This revolutionary computing architecture is an all-in-one solution for the four critical processing stages of medical instruments—sensor processing, reconstruction, image processing, and visualization. For the first time, medical instruments have advanced AI computing and graphics that are scalable from entry-level tools to the most demanding 3D devices.

Medical Imaging

NVIDIA Clara AGX? is the heart of NVIDIA’s Clara platform, which brings AI to the next generation of medical instruments to improve the diagnosis, detection, and treatment of diseases. This revolutionary computing architecture is an all-in-one solution for the four critical processing stages of medical instruments—sensor processing, reconstruction, image processing, and visualization. For the first time, medical instruments have advanced AI computing and graphics that are scalable from entry-level tools to the most demanding 3D devices.